PhenoLogic Co. Logo
Innovation From Information
Active R&D Pipeline • Kinematic Vision

Kinematic Telemetry & Broadcast Computer Vision

PhenoLogic's forward-looking R&D initiative for extracting 3D biomechanical telemetry—skater ice velocity, jump flight trajectories, spin rotational speeds, and rink coverage—directly from standard 2D broadcast video feeds without physical wearables.

  • Instantaneous Ice Velocity (m/s)
  • Jump Flight Clearance & Travel
  • Quad Jump Rotational Acceleration (RPM)
  • Death Spiral & Spin Travel
  • Twizzle Synchronicity & Separation
  • Full Rink Coverage Heatmapping
Back to Skating Research
TELEMETRY HUD • SIMULATOR
VELOCITY 24.8 km/h
ACTIVE ELEMENT --
JUMP HEIGHT --
JUMP DISTANCE --
SPIN ROTATION --
[SIM STATUS] Glowing trajectory demonstrates reconstructed 3D ice coordinate mapping. HUD indicators update at key technical execution markers.

Computer Vision Kinematic Pipeline Architecture

01 • KINEMATIC POSE ESTIMATION

Deep Skeleton Tracking

Utilizing convolutional pose-estimation backbones to track 17 anatomical keypoints (shoulders, hips, knees, ankles, skates) frame-by-frame directly from standard 60fps HD broadcast feeds without requiring physical body markers.

02 • HOMOGRAPHY MAPPING

3D Rink Metric Calibration

Transforming 2D camera pixel trajectories into calibrated 3D ice-rink metric coordinates ($X, Y, Z$) using ISU ice mark homography matrices and camera pan-tilt-zoom (PTZ) auto-calibration routines.

03 • BIOMECHANICAL ALIGNMENT

GOE & Quality Correlations

Computing physical trajectory derivatives (velocity, launch clearance, angular acceleration) to correlate objective jump height and ice coverage metrics directly with judge Grade of Execution (GOE) awards.